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mapper.py
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mapper.py
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import pygame
from math import cos, sin
import os
import logging
import sys
from constants import __app__
from constants import __py_version_req__
from constants import *
__version__ = '2.0'
__release__ = '2.0.0b'
__author__ = 'Shawn Driscoll <shawndriscoll@hotmail.com>\nshawndriscoll.blogspot.com'
mapper_log = logging.getLogger('mapper')
mapper_log.setLevel(logging.DEBUG)
if not os.path.exists('Logs'):
os.mkdir('Logs')
fh = logging.FileHandler('Logs/mapper.log', 'w')
formatter = logging.Formatter('%(asctime)s %(levelname)s %(name)s - %(message)s',
datefmt = '%a, %d %b %Y %H:%M:%S')
fh.setFormatter(formatter)
mapper_log.addHandler(fh)
mapper_log.info('Logging started.')
mapper_log.info('mapper v' + __version__ + ' started, and running...')
white = (255, 255, 255)
black = (0, 0, 0)
gray = (60, 60, 60)
medium_gray = (120, 120, 120)
green = (0, 255, 0)
red = (255, 0, 0)
yellow = (255, 255, 0)
orange = (255, 165 ,0)
amber = (255, 191, 0)
blue = (0, 0, 255)
darker_blue = (0, 0, 150)
purple = (255, 0, 255)
cyan = (0,255,255)
light_green = (144, 238, 144)
pink = (255, 105, 180)
dark_green = (100, 190, 100)
light_blue = (135, 206, 250)
gold = (255, 215, 0)
maya_blue = (79, 214, 255)
bright_green = (102, 255, 0)
brown = (150,75,0)
light_purple = (177, 156, 217)
light_red = (255, 102, 102)
lightish_blue = (153, 153, 255)
canary_yellow = (255, 239, 0)
dark_red = (139, 0, 0)
light_brown = (181, 101, 29)
tan = (210, 180, 140)
light_gray = (200, 200, 200)
silver = (192, 192, 192)
rust = (183, 65, 14)
yellow_green = (154, 205, 50)
peach = (255, 229, 180)
pear = (209, 226, 49)
dark_grey = (40, 40, 40)
wood = (193, 154, 107)
maroon = (123, 17, 19)
dark_purple = (48, 25, 52)
white_pink = (171, 39, 79)
deep_purple = (255, 0, 224)
light_pink = (246, 148, 206)
allegiance_color = {'4Wor': purple,
'6w': blue,
'6w ': blue,
'AkUn': gold,
'AlCo': gray,
'As': yellow,
'As ': yellow,
'AsIf': tan,
'AsMw': yellow,
'AsOf': yellow,
'AsSc': yellow,
'AsT0': yellow,
'AsT1': yellow,
'AsT2': yellow,
'AsT3': yellow,
'AsT4': yellow,
'AsT5': yellow,
'AsT6': yellow,
'AsT7': yellow,
'AsT8': yellow,
'AsT9': yellow,
'AsTA': gray,
'AsTv': yellow,
'AsVc': yellow,
'AsWc': yellow,
'AsXX': yellow,
'AU': yellow,
'AU ': yellow,
'Bium': yellow,
'BlSo': dark_purple,
'CA': purple,
'CA ': purple,
'CAEM': orange,
'CAin': tan,
'Ca': yellow,
'Ca ': yellow,
'Cl': yellow_green,
'Cl ': yellow_green,
'CoLg': tan,
'Cr': orange,
'Cr ': orange,
'Cs': cyan,
'Cs ': cyan,
'CsMP': pink,
'CsTw': yellow_green,
'CsZh': blue,
'DaCf': light_blue,
'DeHg': pink,
'DeNo': green,
'DiGr': cyan,
'DiWb': purple,
'DoAl': purple,
'Ed': purple,
'Ed ': purple,
'EsMa': gray,
'FCSA': cyan,
'FeAl': gray,
'FeHe': orange,
'Ff': light_green,
'Ff ': light_green,
'FlLe': green,
'Fj': gray,
'Fj ': gray,
'GaFd': red,
'GaRp': gray,
'GdKa': gold,
'GdSt': purple,
'GlEm': gray,
'GlFe': blue,
'GrCo': pink,
'Gs': red,
'Gs ': red,
'H1': purple,
'H1 ': purple,
'H2': purple,
'H2 ': purple,
'H3': purple,
'H3 ': purple,
'H4': purple,
'H4 ': purple,
'H5': purple,
'H5 ': purple,
'H6': purple,
'H6 ': purple,
'HaCo': red,
'Hc': gold,
'Hc ': gold,
'HeCo': light_gray,
'HoPA': green,
'Hp': green,
'Hp ': green,
'Hq': green,
'Hq ': green,
'Hs': pink,
'Hs ': pink,
'Hv': purple,
'Hv ': purple,
'HvFd': purple,
'Hy': green,
'Hy ': green,
'Ia': pink,
'Ia ': pink,
'IHPr': pink,
'Im': red,
'Im ': red,
'ImAp': blue,
'ImDa': red,
'ImDc': red,
'ImDd': red,
'ImDg': red,
'ImDi': red,
'ImDs': red,
'ImDv': red,
'ImLa': red,
'ImLc': blue,
'ImLu': darker_blue,
'ImSy': blue,
'ImVd': blue,
'Iz': green,
'Iz ': green,
'JaPa': green,
'JuHl': blue,
'JuNa': pink,
'JuRu': dark_green,
'K1': green,
'K1 ': green,
'K2': light_green,
'K2 ': light_green,
'K3': yellow_green,
'K3 ': yellow_green,
'K4': green,
'K4 ': green,
'KaEm': red,
'Kc': light_green,
'Kc ': light_green,
'KhLe': yellow,
'Kk': green,
'Kk ': green,
'Kl': green,
'Kl ': green,
'Kr': blue,
'Kr ': blue,
'KrBu': cyan,
'Kx': red,
'Kx ': red,
'LaCo': orange,
'LeSu': green,
'LnRp': cyan,
'Lt': purple,
'Lt ': purple,
'Lx': light_green,
'Lx ': light_green,
'MaCl': gray,
'MaEm': pink,
'MaPr': pink,
'MaUn': gray,
'Mi': pink,
'Mi ': pink,
'MiCo': red,
'MoLo': gold,
'MnPr': gray,
'Mp': yellow_green,
'Mp ': yellow_green,
'Na': white,
'Na ': white,
'NaHu': white,
'NkCo': light_blue,
'Og': light_green,
'Og ': light_green,
'Pd': purple,
'Pd ': purple,
#'NaXX': purple,
'PiFe': blue,
'PlLe': pink,
'PrBr': purple,
'Prot': yellow,
'Rc': pink,
'Rc ': pink,
'Re': red,
'Re ': red,
'ReUn': red,
'Rm': green,
'Rm ': green,
'SaCo': cyan,
'SC': cyan,
'SC ': cyan,
'SeFo': yellow_green,
'ShRp': cyan,
'SlLg': gold,
'So': orange,
'So ': orange,
'SoBf': blue,
'SoCf': orange,
'SoCT': blue,
'SoBF': blue,
'SoFr': blue,
'SoHn': blue,
'SoKv': blue,
'SoNS': blue,
'SoQu': blue,
'SoRD': blue,
'SoRz': blue,
'SoWu': blue,
'Sp': gold,
'Sp ': gold,
'Sr': red,
'Sr ': red,
'Ss': red,
'Ss ': red,
'StCl': yellow,
'SwCf': blue,
'SwFW': gray,
'Tc': gold,
'Tc ': gold,
'Te': tan,
'Te ': tan,
'TeCl': green,
'Tk': orange,
'Tk ': orange,
'Tl': gold,
'Tl ': gold,
'TL': gold,
'TL ': gold,
'Tn': tan,
'Tn ': tan,
'TrBr': green,
'TrCo': blue,
'TrDo': red,
'TY': light_purple,
'TY ': light_purple,
'UnGa': gray,
'Up': light_gray,
'Up ': light_gray,
'V40S': yellow_green,
'Va': yellow_green,
'Va ': yellow_green,
'VA': yellow_green,
'VA ': yellow_green,
'VAkh': yellow_green,
'VARC': yellow_green,
'VAug': yellow_green,
'VAsP': yellow_green,
'VB': yellow_green,
'VB ': yellow_green,
'VBkA': yellow_green,
'VCKd': yellow_green,
'VD': yellow_green,
'VD ': yellow_green,
'VDeG': yellow_green,
'VDzF': peach,
'VE': yellow_green,
'VE ': yellow_green,
'Ve': yellow_green,
'Ve ': yellow_green,
'VF': yellow_green,
'VF ': yellow_green,
'VG': yellow_green,
'VG ': yellow_green,
'ViCo': orange,
'VInL': yellow_green,
'VJ': yellow_green,
'VJ ': yellow_green,
'VK': yellow_green,
'VK ': yellow_green,
'VKfu': yellow_green,
'VL': yellow_green,
'VL ': yellow_green,
'VNoe': yellow_green,
'VOpA': yellow_green,
'VOuz': yellow_green,
'VP': yellow_green,
'VP ': yellow_green,
'VPGa': yellow_green,
'VR': yellow_green,
'VR ': yellow_green,
'VRrs': yellow_green,
'VRuk': yellow_green,
'VS': yellow_green,
'VS ': yellow_green,
'VSDp': yellow_green,
'VSEq': yellow_green,
'VThE': yellow_green,
'VTzE': yellow_green,
'VU': yellow_green,
'VU ': yellow_green,
'VUru': yellow_green,
'VVar': yellow_green,
'VWan': yellow_green,
'VWP2': yellow_green,
'VX': yellow_green,
'VX ': yellow_green,
'VZ': yellow_green,
'VZ ': yellow_green,
'WiDe': purple,
'Yc' : gray,
'Yc ': gray,
'Yt': cyan,
'Yt ': cyan,
'ZePr': yellow,
'Zh': blue,
'Zh ': blue,
'ZhAx': red,
'ZhCa': blue,
'ZhIN': blue,
'ZhIa': blue,
'ZhJp': blue,
'ZhMe': blue,
'ZhSh': blue,
'ZyCo': light_pink
}
hex_code = {'0': 0,
'1': 1,
'2': 2,
'3': 3,
'4': 4,
'5': 5,
'6': 6,
'7': 7,
'8': 8,
'9': 9,
'A': 10,
'B': 11,
'C': 12,
'D': 13,
'E': 14,
'F': 15,
'G': 16,
'H': 17,
'J': 18,
'K': 19,
'X': 0,
'?': 0
}
added_sectors = {}
text_rotate_degrees = 45
pygame.init()
screen = pygame.display.set_mode(SCREEN_SIZE, 0, 32)
window_title = __app__
pygame.display.set_caption(window_title)
window_icon = pygame.image.load('images/shonner_die_alpha.png')
pygame.display.set_icon(window_icon)
agricultural_world = pygame.image.load('images/agricultural_70.png').convert_alpha()
garden_world = pygame.image.load('images/garden_70.png').convert_alpha()
desert_world = pygame.image.load('images/desert_0.png').convert_alpha()
ice_capped_world = pygame.image.load('images/ice_capped_100.png').convert_alpha()
industrial_world = pygame.image.load('images/industrial_0.png').convert_alpha()
non_agricultural_world = pygame.image.load('images/non_agricultural_30.png').convert_alpha()
non_industrial_world = pygame.image.load('images/non_industrial_30.png').convert_alpha()
water_world = pygame.image.load('images/water_100.png').convert_alpha()
fluid_world = pygame.image.load('images/fluid_100.png').convert_alpha()
vacuum_world = pygame.image.load('images/vacuum_0.png').convert_alpha()
asteroid = pygame.image.load('images/asteroid_0.png').convert_alpha()
dieback_world = pygame.image.load('images/dieback_0.png').convert_alpha()
barren_world = pygame.image.load('images/barren_0.png').convert_alpha()
zero_water_world = pygame.image.load('images/zero_water.png').convert_alpha()
generic_10 = pygame.image.load('images/generic_10.png').convert_alpha()
generic_20 = pygame.image.load('images/generic_20.png').convert_alpha()
generic_30 = pygame.image.load('images/generic_30.png').convert_alpha()
generic_40 = pygame.image.load('images/generic_40.png').convert_alpha()
generic_50 = pygame.image.load('images/generic_50.png').convert_alpha()
generic_60 = pygame.image.load('images/generic_60.png').convert_alpha()
generic_70 = pygame.image.load('images/generic_70.png').convert_alpha()
generic_80 = pygame.image.load('images/generic_80.png').convert_alpha()
generic_90 = pygame.image.load('images/generic_90.png').convert_alpha()
generic_100 = pygame.image.load('images/water_100.png').convert_alpha()
world_scale = 4
# for jj in range(11):
# print 8 + jj*4,
# print
def _planet(surface, color, pos, radius, thickness, world_size, world_atmosphere, world_hydrographics, world_population, world_trade):
world_image =''
if world_atmosphere >= 4 and world_atmosphere <= 9 \
and world_hydrographics >= 4 and world_hydrographics <= 8 \
and world_population >= 5 and world_population <= 7:
world_image = agricultural_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if world_size >= 6 \
and world_size <= 8 \
and (world_atmosphere == 5 or world_atmosphere == 6 or world_atmosphere == 8) \
and world_hydrographics >= 5 and world_hydrographics <= 7:
world_image = garden_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if world_atmosphere >= 2 \
and world_hydrographics == 0:
world_image = desert_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if world_atmosphere >= 0 \
and world_atmosphere <= 1 \
and world_hydrographics >= 1:
world_image = ice_capped_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if (world_atmosphere >= 0 \
and world_atmosphere <= 2 \
or world_atmosphere == 4 \
or world_atmosphere == 7 \
or world_atmosphere == 9) \
and world_population >= 9:
world_image = industrial_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if world_atmosphere >= 0 and world_atmosphere <= 3 \
and world_hydrographics >= 0 and world_hydrographics <= 3 \
and world_population >= 6:
world_image = non_agricultural_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if world_population <= 6:
world_image = non_industrial_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if world_hydrographics == 0:
world_image = zero_water_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if world_hydrographics == 10 \
and world_atmosphere >= 1 and world_atmosphere <= 9:
world_image = water_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if world_atmosphere >= 10 and world_atmosphere <= 12 \
and world_hydrographics >= 1 and world_hydrographics <= 10:
world_image = fluid_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if world_atmosphere == 0:
world_image = vacuum_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if world_size == 0 \
and world_atmosphere == 0 \
and world_hydrographics == 0:
world_image = asteroid
world_image = pygame.transform.scale(world_image, (24, 24))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if 'Ag' in world_trade:
world_image = agricultural_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if 'De' in world_trade:
world_image = desert_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if 'Ba' in world_trade:
world_image = barren_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if 'Di' in world_trade:
world_image = dieback_world
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
if world_image == '':
world_image = eval('generic_' + str(world_hydrographics * 10))
world_image = pygame.transform.scale(world_image, (8 + world_size*world_scale, 8 + world_size*world_scale))
x, y = pos
w, h = world_image.get_size()
surface.blit(world_image, (x-w/2, y-h/2))
#_circle(screen, color, pos, radius, thickness)
def _pixel(surface, color, pos):
pygame.draw.line(surface, color, pos, pos)
def _circle(surface, color, pos, radius, thickness, see_thru=False):
if see_thru:
temp_surf = pygame.Surface((radius*2, radius*2))
temp_surf.fill(TRANSPARENT)
temp_surf.set_colorkey(TRANSPARENT)
pygame.draw.circle(temp_surf, (color[0], color[1], color[2], 120), (radius, radius), radius)
temp_surf.set_alpha(120)
surface.blit(temp_surf, (pos[0]-radius, pos[1]-radius, radius*2, radius*2))
else:
pygame.draw.circle(surface, color, pos, radius, thickness)
def _rectangle(surface, color, coords, thickness, see_thru=False):
if see_thru:
temp_surf = pygame.Surface((coords[2], coords[3]))
temp_surf.fill(TRANSPARENT)
temp_surf.set_colorkey(TRANSPARENT)
pygame.draw.rect(temp_surf, (color[0], color[1], color[2], 120), [0, 0, coords[2], coords[3]])
temp_surf.set_alpha(120)
surface.blit(temp_surf, (coords[0], coords[1], coords[2], coords[3]))
else:
pygame.draw.rect(surface, color, coords, thickness)
def _hexagon(surface, color, pos, radius, thickness, see_thru=False):
n_sides = 6
step = 360 / n_sides
angle = 0
points = []
for i in range(n_sides):
if see_thru:
x = radius + radius*cos(angle*3.14159265359/180)
y = radius + radius*sin(angle*3.14159265359/180)
else:
x = pos[0] + radius*cos(angle*3.14159265359/180)
y = pos[1] + radius*sin(angle*3.14159265359/180)
angle += step
points.append((x,y))
if see_thru:
temp_surf = pygame.Surface((radius*2, radius*2))
temp_surf.fill(TRANSPARENT)
temp_surf.set_colorkey(TRANSPARENT)
pygame.draw.polygon(temp_surf, (color[0], color[1], color[2], 120), points)
temp_surf.set_alpha(120)
surface.blit(temp_surf, (pos[0]-radius, pos[1]-radius, radius*2, radius*2))
else:
pygame.draw.polygon(surface, color, points, thickness)
def display_map(xx=0, yy=0, zoom=1, grid_style='RECT_grid', zone_style='circled', trade_code=False, see_thru=False, show_loc=True, show_grid=True, subxx=0, subyy=0):
log = logging.getLogger('PyMapGen.mapper')
# was information for this program asked for?
if xx == 'info':
ver = 'mapper, release version ' + __release__ + ' for Python ' + str(__py_version_req__)
mapper_log.info('Reporting: mapper release version: %s' % __release__)
return __version__, ver
mapper_log.debug('Displaying map at ' + str(zoom) + 'X zoom. Style used = ' + grid_style)
x_zoom = zoom
y_zoom = zoom
#print 'xx=%d, yy=%d zoom=%d' % (xx,yy, zoom)
screen.fill(black)
voiced_sector_name = 'BLANK'
sector_names = []
sectors_filled = []
voiced_subector_name = 'BLANK'
subsector_names = []
if zoom < 8:
for y in range(ROWS//y_zoom):
for x in range(COLUMNS//x_zoom):
sectors_filled.append(0)
sect_point = 0
capitals_list = []
for y in range(ROWS//y_zoom):
for x in range(COLUMNS//x_zoom):
if zoom == 1:
sector_x = x - COLUMNS//2 + xx
sector_y = y - ROWS//2 + 1 - yy
elif zoom == 2:
sector_x = x - COLUMNS//4 + xx
sector_y = y - ROWS//4 + 1 - yy
elif zoom == 4:
sector_x = x - 1 + xx
sector_y = -yy
sec_filename = 'sec'
if sector_x < 0:
sec_filename += '_m'
else:
sec_filename += '_p'
if sector_x < -9 or sector_x > 9:
sec_filename += str(abs(sector_x))
else:
sec_filename += '0' + str(abs(sector_x))
if sector_y < 0:
sec_filename += '_m'
else:
sec_filename += '_p'
if sector_y < -9 or sector_y > 9:
sec_filename += str(abs(sector_y))
else:
sec_filename += '0' + str(abs(sector_y))
try:
read_line = 0
with open('data/' + sec_filename + '.dat', 'r') as sec_file_in:
color = gray
pygame.draw.rect(screen, color, (x*32*X_SPACING*x_zoom, y*40*Y_SPACING*y_zoom, 32*X_SPACING*x_zoom, 40*Y_SPACING*y_zoom), DOT_SIZE*zoom)
if show_grid:
for i in range(32):
for j in range(40):
color = gray
if i // 2 == i / 2.0:
if zoom < 4:
_pixel(screen, color, (i*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom, j*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom))
else:
#_circle(screen, color, (i*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom, j*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom), DOT_SIZE, 0)
if grid_style == 'RECT_grid':
_rectangle(screen, color, [i*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom + 2,
j*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom + 2,
14,
15],
DOT_SIZE-1)
elif grid_style == 'HEX_grid_20' or grid_style == 'HEX_grid_18':
_hexagon(screen, color, (i*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom + 9,
j*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom + 9),
int(grid_style[9:11])//2,
1)
else:
if zoom < 4:
_pixel(screen, color, (i*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom, j*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom))
else:
#_circle(screen, color, (i*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom, j*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom), DOT_SIZE, 0)
if grid_style == 'RECT_grid':
_rectangle(screen, color, [i*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom + 2,
j*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom + OFFSET*y_zoom + 2,
14,
15],
DOT_SIZE-1)
elif grid_style == 'HEX_grid_20' or grid_style == 'HEX_grid_18':
_hexagon(screen, color, (i*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom + 9,
j*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom + 9),
int(grid_style[9:11])//2,
1)
for line in sec_file_in:
#print line[:len(line)-1]
read_line += 1
if read_line == 4:
sector_name = line[2:len(line)-1]
#print(sector_x, sector_y, (xx, yy))
if sector_x == xx and sector_y == -yy:
voiced_sector_name = sector_name
#print(sector_name)
sector_names.append(sector_name)
sectors_filled[sect_point] = 1
sect_point += 1
if read_line == 5:
sector_offset = eval(line[2:len(line)-1])
#print(sector_offset, end=' ')
#print(sector_offset[0], -sector_offset[1])
added_sectors[sector_name] = (sector_offset[0], -sector_offset[1])
if line[:3] == 'Hex':
name_tab = line.find('Name')
allegiance_tab = line.find('A')
world_tab = line.find('UWP')
pop_m_tab = line.find('PBG')
travel_code_tab = line.find('Z')
if line[:1] == '-':
allegiance_length = line[allegiance_tab:allegiance_tab+6].find(' ')
if line[:1] != '#' and line[:1] != '-' and line[:1] != 'H' and len(line) > 3:
if int(line[:4]) > 0:
#print(line[allegiance_tab:allegiance_tab+allegiance_length], len(line[allegiance_tab:allegiance_tab+allegiance_length]))
if line[allegiance_tab:allegiance_tab+allegiance_length] not in allegiance_color:
color = white
else:
color = allegiance_color[line[allegiance_tab:allegiance_tab+allegiance_length]]
hex_x=int(line[0:2]) - 1
hex_y=int(line[2:4]) - 1
#population = hex_code[line[world_tab+4]] * int(line[pop_m_tab])
population = hex_code[line[world_tab+4]]
world_name = line[name_tab:name_tab+19].strip()
if hex_x // 2 == hex_x / 2.0:
if world_name == 'Reference' or world_name == 'Capital' \
or world_name == 'Regina' or world_name == 'Vland' \
or world_name == 'Terra' or world_name =='Guaran' \
or world_name == 'Glea' or world_name == 'Kusyu' \
or world_name == 'Zhdant' or world_name == 'Lair':
color = yellow
if zoom == 4:
_circle(screen, color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10 , int(hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom) + 10), 8, 0)
capitals_list.append((world_name, int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom) + 10))
else:
_circle(screen, color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom), int(hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom)), 8, 0)
capitals_list.append((world_name, int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom), int(hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom)))
# if color == red or color == amber:
# _circle(screen, color, (hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom, hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom), DOT_SIZE*population**.5 + 1, 1)
#color = white
if population < 10:
if zoom == 1:
_pixel(screen, color, (hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom, hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom))
else:
if zoom == 4:
if line[travel_code_tab] == 'R':
zone_color = red
_circle(screen, zone_color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom) + 10), int(zoom+2), 1)
if line[travel_code_tab] == 'A':
zone_color = amber
_circle(screen, zone_color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom) + 10), int(zoom+2), 1)
_circle(screen, color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom) + 10), int(zoom), 0)
else:
_circle(screen, color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom), int(hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom)), 2, 0)
else:
#color = orange
if zoom == 4:
if line[travel_code_tab] == 'R':
zone_color = red
_circle(screen, zone_color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom) + 10), int(zoom+2), 1)
if line[travel_code_tab] == 'A':
zone_color = amber
_circle(screen, zone_color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom) + 10), int(zoom+2), 1)
_circle(screen, color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom) + 10), int(zoom), 0)
else:
_circle(screen, color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom), int(hex_y*Y_SPACING*y_zoom + y*40*Y_SPACING*y_zoom)), int(zoom*2), 0)
else:
if world_name == 'Reference' or world_name == 'Capital' \
or world_name == 'Regina' or world_name == 'Vland' \
or world_name == 'Terra' or world_name =='Guaran' \
or world_name == 'Glea' or world_name == 'Kusyu' \
or world_name == 'Zhdant' or world_name == 'Lair':
color = yellow
if zoom == 4:
_circle(screen, color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom) + 10), 8, 0)
capitals_list.append((world_name, int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom) + 10))
else:
_circle(screen, color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom), int(hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom)), 8, 0)
capitals_list.append((world_name, int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom), int(hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom)))
# if color == red or color == amber:
# _circle(screen, color, (hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom, hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom), DOT_SIZE*population**.5 + 1, 1)
#color = white
if population < 10:
if zoom == 1:
_pixel(screen, color, (hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom, hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom))
else:
if zoom == 4:
if line[travel_code_tab] == 'R':
zone_color = red
_circle(screen, zone_color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom) + 10), int(zoom+2), 1)
if line[travel_code_tab] == 'A':
zone_color = amber
_circle(screen, zone_color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom) + 10), int(zoom+2), 1)
_circle(screen, color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom) + 10), int(zoom), 0)
else:
_circle(screen, color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom), int(hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom)), 2, 0)
else:
#color = orange
if zoom == 4:
if line[travel_code_tab] == 'R':
zone_color = red
_circle(screen, zone_color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom) + 10), int(zoom+2), 1)
if line[travel_code_tab] == 'A':
zone_color = amber
_circle(screen, zone_color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom) + 10), int(zoom+2), 1)
_circle(screen, color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom) + 10, int(hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom) + 10), int(zoom), 0)
else:
_circle(screen, color, (int(hex_x*X_SPACING*x_zoom + x*32*X_SPACING*x_zoom), int(hex_y*Y_SPACING*y_zoom + OFFSET*y_zoom + y*40*Y_SPACING*y_zoom)), int(zoom*2), 0)
except IOError:
#print 'No ' + sec_filename + '.dat'
log.warning("Missing '" + sec_filename + ".dat' file [Warning]")
mapper_log.warning("Display Warning! '" + sec_filename + ".dat' is missing.")
sect_point += 1
for i in range(len(capitals_list)):
world_name_font = pygame.font.SysFont('Eras ITC Demi', 24, False, False)
world_name_text = world_name_font.render(capitals_list[i][0], True, white)
screen.blit(world_name_text, [capitals_list[i][1],
capitals_list[i][2]-20])
#print added_sectors
#print sector_names
#print sectors_filled
saved_sector_list = list(sector_names)
sector_name_pointer = 0
# rotate sector labels and print them
sect_point = 0
for y in range(ROWS//y_zoom):
for x in range(COLUMNS//x_zoom):
if sectors_filled[sect_point] == 1:
printing = True
x_line_spacing = 0
y_line_spacing = 0
while printing:
space_check = sector_names[sector_name_pointer].find(' ')
if space_check == -1:
font = pygame.font.SysFont('Eras ITC Demi', 26*zoom, False, True)
text = font.render(sector_names[sector_name_pointer], True, white)
text = pygame.transform.rotate(text, text_rotate_degrees)
alpha_img = pygame.Surface(text.get_rect().size, pygame.SRCALPHA)
alpha_img.fill((255, 255, 255, 180 + (255-180)//(zoom*3)))
text.blit(alpha_img, (0, 0), special_flags=pygame.BLEND_RGBA_MULT)
screen.blit(text, [x*32*X_SPACING*x_zoom + 32*X_SPACING*x_zoom/6 + x_line_spacing, y*40*Y_SPACING*y_zoom + 40*Y_SPACING*y_zoom/6 + y_line_spacing])
printing = False
sector_name_pointer += 1
else:
font = pygame.font.SysFont('Eras ITC Demi', 26*zoom, False, True)
text = font.render(sector_names[sector_name_pointer][:space_check], True, white)
text = pygame.transform.rotate(text, text_rotate_degrees)
alpha_img = pygame.Surface(text.get_rect().size, pygame.SRCALPHA)
alpha_img.fill((255, 255, 255, 180 + (255-180)//(zoom*3)))
text.blit(alpha_img, (0, 0), special_flags=pygame.BLEND_RGBA_MULT)
screen.blit(text, [x*32*X_SPACING*x_zoom + 32*X_SPACING*x_zoom/6 + x_line_spacing, y*40*Y_SPACING*y_zoom + 40*Y_SPACING*y_zoom/6 + y_line_spacing])
sector_names[sector_name_pointer] = sector_names[sector_name_pointer][space_check+1:len(sector_names[sector_name_pointer])]
x_line_spacing += 20
y_line_spacing += 40*zoom
sect_point += 1
else:
#print('subxx=%d, subyy=%d, zoom-8, style=%s' % (subxx,subyy,grid_style))
subsector_list = []
# Display zoom-8. Two subectors.
for x in range(2):
sec_filename = 'sec'
if xx < 0:
sec_filename += '_m'
else:
sec_filename += '_p'
if xx < -9 or xx > 9:
sec_filename += str(abs(xx))
else:
sec_filename += '0' + str(abs(xx))
if -yy < 0:
sec_filename += '_m'
else:
sec_filename += '_p'
if -yy < -9 or -yy > 9:
sec_filename += str(abs(-yy))
else:
sec_filename += '0' + str(abs(-yy))
try:
read_line = 0
with open('data/' + sec_filename + '.dat', 'r') as sec_file_in:
subsector_list = []
for line in sec_file_in:
#print line[:len(line)-1]
if line[:11] == '# Subsector':
subsector_list.append(line[15:len(line)-1])
#print(subsector_list)
#print(subsector_list[subxx + subyy*4], subsector_list[subxx+1 + subyy*4])
subsector_names = []
subsector_names.append(subsector_list[subxx + subyy*4])
subsector_names.append(subsector_list[subxx+1 + subyy*4])
#print(subsector_names[x])
color = gray
pygame.draw.rect(screen, color, (x*512, 0, 512, 703), DOT_SIZE*2)
for i in range(8):
for j in range(10):
parsec_loc = ''
p_column = i + (subxx+x)*8 + 1
if p_column < 10:
parsec_loc += '0' + str(p_column)
else:
parsec_loc += str(p_column)
p_row = j + subyy*10 + 1
if p_row < 10:
parsec_loc += '0' + str(p_row)
else:
parsec_loc += str(p_row)
color = gray
font = pygame.font.SysFont('Eras ITC Demi', 12, False, False)
text = font.render(parsec_loc, True, color)
if i//2 == i/2.0:
if grid_style == 'RECT_grid':
if show_grid:
_rectangle(screen, color, [i*64 + 4 + x*512,
j*70.4 + 4,
56,
63],
DOT_SIZE-1)
if show_loc:
screen.blit(text, [i*64 + 22 + x*512, j*70.4 + 7])
elif grid_style == 'HEX_grid_40':
if show_grid:
_hexagon(screen, color, (i*64 + 24 + x*512,
j*70.4 + 32),
int(grid_style[9:11]), 1)
if show_loc:
screen.blit(text, [i*64 + 14 + x*512, j*70.4])
else:
if grid_style == 'RECT_grid':
if show_grid:
_rectangle(screen, color, [i*64 + 4 + x*512,
j*70.4 + 4 + 36,